At present, five dung-sucking vehicles are running at full capacity to transport pig manure in large quantities near pig farms in various villages.

After all, a ton of pig manure can produce about 71 kilograms of liquefied gas, and the selling price of liquefied gas is about 71 kilograms per kilogram of 33 yuan, worth about 232 yuan.
In addition, the residue after refining the gas is an excellent organic fertilizer after blending.
According to the phase research of Suiren Company, due to the catalytic decomposition of nitrogen 16, complex high-molecular organic compounds will be decomposed into a large number of small-molecular organic compounds in fuel gas, which are good organic fertilizers.
Adding nitrogen 16 ultraviolet rays will decompose into nitrogen or small organic matter in garbage will combine to form a part of urea.
Moreover, the catalytic decomposition effect of nitrogen 16 is very overbearing, and it can kill 999% microorganisms, parasites, eggs and antibiotics in garbage, which is more powerful than that of ordinary organic fertilizer by high temperature fermentation.
Although the organic fertilizer market is mixed, the lowest price can reach 6 yuan/ton of granular organic fertilizer close to 1 yuan/ton of high-quality organic fertilizer can reach several thousand yuan per ton.
According to the evaluation of Suiren Company, the sales price per ton of organic fertilizer from gas refining slag after desalination and dehydration is about 15 yuan.
An average of 2~3 kilograms of organic fertilizer can be produced per ton of kitchen waste and feces, and this business can also be done.
What the recycling industry does is to haggle over every ounce, even a stone needs to be squeezed out to maximize the recycling of resources.
……
Shanmei urban area
Huayang Energy Company has maintained a market share of 6~75% before the expansion of two liquefied gas suppliers-Hailu Gas.
The manager of the gas filling industry looked at the wholesale volume of liquefied gas for half a month and looked dignified. "What’s going on?"
Before, it could sell 70 tons of liquefied gas every day, but it has dropped to 40 to 50 tons every day for nearly half a month, and the downward trend is obvious.
One of the workers said a possible reason: "Manager Li heard that Zhang Hailu Gas was just engaged in an activity and many of our guests were pulled over."
"Sea gas? Is that the company that got the license more than two months ago? "
The employee nodded. "This is the company, and their preferential treatment is very strong. A bottle of liquefied gas of 15 kilograms is only 55 yuan at most."
"55 yuan?" Manager Li jumped up from his seat as if his ass had been pricked by a needle. "Are they going to make money?"
"Manager Li may definitely return to the normal price after the other party wants to grab customers."
Walking around, manager Li didn’t take it lightly. "No, we have to reduce the price, and we can’t let customers be robbed."
After reporting to the head office, the wholesale price of Huayang Energy LPG was immediately transferred to 35 yuan/kg.
Another liquefied gas supplier was also forced to reduce the price to try to keep customers.
But they didn’t find that the source of sea and land gas liquefied gas was not produced and transported from other areas, but was self-produced and sold.
Chapter 31 Material Revolution
Come to children’s day in a blink of an eye
After continuous adjustment, the production line has gradually increased the garbage transportation volume, and the daily production of liquefied gas in Guizhuling Industrial Park has maintained an average of 5~6 tons.
At the same time, the daily output of organic fertilizer is maintained at 15~25 tons, and the newly built gas tank and organic fertilizer warehouse are rising.
After discussion, Lin Baijie and Bao Sikang decided to adjust the input types of raw materials in the production line, and prepare raw materials for plastic bags and plastic composite papers with high unit gas production.
The gas production line gives priority to the collection of kitchen waste, feces and litter. After all, these organic substances will cause some problems if they are treated from time to time.
Because these natural organic substances will be decomposed by microorganisms in the environment over time, the content of organic substances will decrease.
After being decomposed by microorganisms, some permeate and malodorous gases will be produced.
Therefore, it is necessary to dispose of this kind of garbage, and plastic bags and plastic composite papers are relatively garbage-resistant raw materials.
However, thousands of tons of organic fertilizer in the factory warehouse is also a problem at this time, so Lin Baijie has to set up a company to be responsible for organic fertilizer sales again.
While the company is booming,
Huang Xiuyuan and Liu Xuedong did not stop.
Simple workshop next to material laboratory
A nitrogen-16 production machine is rapidly producing some white powder, which is produced but makes everyone nervous.
Because they re-synthesized a new nitrogen substance-nitrogen 2(N2) by adjusting the true and negative pressure.
The three-dimensional structure of nitrogen 2 is similar to that of nitrogen 16. Its sub-structure has four single layers because five nitrogen elements form a Pentagon.
One side of the reactant tank is a passivation production line which is completely protected from light and filled with nitrogen. Nitrogen 2 passivation is realized by adding a certain proportion of sodium chloride and calcium carbonate.
If nitrogen 2 is not passivated, it will quickly decompose and explode when it encounters daily dose of ultraviolet rays, which is not conducive to long-term protection
After passivation with sodium chloride and calcium carbonate, it can be compressed into various shapes. The validity period of normal temperature and pressure in laboratory preliminary detection can reach 17~1 years.
However, the detonation conditions of passivation nitrogen 2 are often consistent with N groups.
It is passivation nitrogen, and the unit energy is almost 17 times that of ordinary N1.
This thing is simply terrible to the extreme. If Huang Xiuyuan didn’t know the details, something big would happen in this experiment in minutes.
Looking at the sealed dozens of "bricks", He Wen woke up and said, "Manager Huang is a little troublesome!"
Huang Xiuyuan naturally knew that his company was not qualified for explosive production. He turned his head and ordered, "Xuedong, Lao He, you leave some company research materials, and his research and development materials are top secret."
"I know," Lu Xuedong nodded. "This material is really sensitive." What are you going to do with this thing? "
Huang Xiuyuan smiled and joked, "Have you forgotten where I graduated?"
To react, Liu Xuedong suddenly decided that Huang Xiuyuan graduated from Harbin Institute of Technology and his alma mater, Xigong University, was no ordinary university.
He Wenguo worked in the official research institute and naturally knew what was behind Harbin Institute of Technology.
After coming out of the laboratory, he ordered to set up an office in Ice City, Heilongjiang Province instead of assistant Zhang Leichang, and then rent an security warehouse near Harbin Institute of Technology.
Then, the passivation equipment of nitrogen 2 production machine is decomposed into pieces to be transported to the ice city by air consignment.
The really important things in this equipment are the hexagonal silicon oxide-graphene film, the pressure parameter and the passivation formula of the true negative pressure parameter.
Therefore, the film and the parameter chip were separately disassembled by him and ready to be carried with him.
Waiting day
Huang Xiuyuan, Lu Xuedong and others also completed the other three kinds of multilateral silicon oxides according to the manufacturing process of the first hexagonal silicon oxide, namely pentahedral silicon oxide, heptahedral silicon oxide and marginal silicon oxide.
These nano-multilateral silicas are classified into a large type in the future nanomaterials specialty, and some of them are called "two-dimensional nano-4+n-edge-silica materials".
In fact, this type of nano-materials has a characteristic, that is, it can be controlled to screen the raw materials or fractions, so that all kinds of nano-materials can be generated together with other conditions through the consumption of energy by the raw materials.
Therefore, this kind of material is also called "nano-filter". Besides the silica family synthesized by Huang Xiuyuan, there are several other families.
Silica nano-filters are the easiest to manufacture and realize commercial mass production.

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